LK Automation Limited
MITSUBISHI LD40PD01 High speed and stable input / output response Analog input module LD40PD01
Brand:
MITSUBISHI
Name: Multi function high speed I/O control module
Model: LD40PD01
Input and output (DC/ differential).
Input points: 12 points (DC5V/DC24V/ differential universal).
Pulse input speed: the highest pulse/s 8M (2MHz).
Output points: 8 points (DC5V ~ DC24V) 6 points (differential).
Pulse output speed: the highest pulse/s 8M (2MHz).
High speed and stable input / output response
The high speed response can be achieved without the CPU module''s operation and bus performance,
Stable input and output response through hardware processing.
LD40PD01 is equipped with an external input and output interface and FPGA,
Therefore, high speed control can be realized without the influence of the scanning time of the CPU module and the bus performance (the input and output response time of the s instruction is realized).
Can achieve stable input and output response (processing time of the deviation of the ns level).
Through the intuitive tools for FPGA settings.
In the FPGA design process can be omitted in the past must be designed to deal with (HDL description, logic synthesis and time verification),
Reduce working hours. After receiving the product can be used immediately to verify the use of special tools, can significantly shorten the design time.
...More relevant models >>>>
Name: Multi function high speed I/O control module
Model: LD40PD01
Input and output (DC/ differential).
Input points: 12 points (DC5V/DC24V/ differential universal).
Pulse input speed: the highest pulse/s 8M (2MHz).
Output points: 8 points (DC5V ~ DC24V) 6 points (differential).
Pulse output speed: the highest pulse/s 8M (2MHz).
High speed and stable input / output response
The high speed response can be achieved without the CPU module''s operation and bus performance,
Stable input and output response through hardware processing.
LD40PD01 is equipped with an external input and output interface and FPGA,
Therefore, high speed control can be realized without the influence of the scanning time of the CPU module and the bus performance (the input and output response time of the s instruction is realized).
Can achieve stable input and output response (processing time of the deviation of the ns level).
Through the intuitive tools for FPGA settings.
In the FPGA design process can be omitted in the past must be designed to deal with (HDL description, logic synthesis and time verification),
Reduce working hours. After receiving the product can be used immediately to verify the use of special tools, can significantly shorten the design time.
"Universal output function: leakage type.
Program capacity: 260K step.
Basic operations processing speed: 9.5ns.
Communication interface: USB/Ethernet (built-in CC-Link function).
Program capacity: 20K step.
Control mode: stored procedure repeated operation.
Input / output points: 4096 points.
End cap MITSUBISHI LD40PD01.
High precision PWM control of the highest 200kHz.
In the PWM output mode, by setting the ON time and cycle time,
The duty cycle can be changed, and the minimum cycle time is 5 s LD40PD01
In addition to lighting dimming control, simple motor control and heater control,
Can also be used to require high resolution detection equipment, such as a wide range of oscillators.
CPU built-in functions can be easily set through programming tools MITSUBISHI LD40PD01.
The built-in I/O function settings can be easily carried out through the parameters of the programming tool.
5 s units can be used for high precision workpiece measurement in pulse measurement mode,
Can be used with a minimum of 5 s units of the input signal of the ON/OFF time (the shortest 200 s) for high precision measurement.
For example, after measuring the ON time of the sensor input,
The "moving speed" and "length" of the workpiece can be accurately calculated " MITSUBISHI LD40PD01. "Can be isolated from the output of the programmable controller, the a/b/c contact relay, SSR, Tr output.Can be isolated from the output of the programmable controller, the a/b/c contact relay, SSR, Tr output MITSUBISHI Analog input module. Convert connector to screw relay terminal.
According to the location of the connection equipment distribution module MITSUBISHI Analog input module. Number of input channels: 4ch.
Input voltage: DC - 10 ~ 10V.
Input current: DC0 ~ 20mA.
Conversion speed: 20 s/ch.
Resolution: 1/20000.
By shifting the function easily when the system starts to fine tune the movement function.
Shift the set value to (shift to) the function of the digital output value MITSUBISHI Analog input module.
If you change the conversion value, the value is reflected in real time to the value of the scale (numeric value),
Can easily complete the fine-tuning of the system startup.
Extended detection method based on usage
Anomaly detection and extension of input signal
The detection method of the abnormal detection function of the input signal can be extended to detect the abnormal detectionn function of the input signal which is outside the range of the set range LD40PD01.
For the detection of the lower limit or the upper limit of the input signal abnormality, or when the detection of the broken line is performed.
Enter rannge extension
Range of scalable input range MITSUBISHI LD40PD01.
Combined with the abnormal detection function of the input signal, the broken line can be easily detected.
Program capacity: 260K step.
Basic operations processing speed: 9.5ns.
Communication interface: USB/Ethernet (built-in CC-Link function).
Program capacity: 20K step.
Control mode: stored procedure repeated operation.
Input / output points: 4096 points.
End cap MITSUBISHI LD40PD01.
High precision PWM control of the highest 200kHz.
In the PWM output mode, by setting the ON time and cycle time,
The duty cycle can be changed, and the minimum cycle time is 5 s LD40PD01
In addition to lighting dimming control, simple motor control and heater control,
Can also be used to require high resolution detection equipment, such as a wide range of oscillators.
CPU built-in functions can be easily set through programming tools MITSUBISHI LD40PD01.
The built-in I/O function settings can be easily carried out through the parameters of the programming tool.
5 s units can be used for high precision workpiece measurement in pulse measurement mode,
Can be used with a minimum of 5 s units of the input signal of the ON/OFF time (the shortest 200 s) for high precision measurement.
For example, after measuring the ON time of the sensor input,
The "moving speed" and "length" of the workpiece can be accurately calculated " MITSUBISHI LD40PD01. "Can be isolated from the output of the programmable controller, the a/b/c contact relay, SSR, Tr output.Can be isolated from the output of the programmable controller, the a/b/c contact relay, SSR, Tr output MITSUBISHI Analog input module. Convert connector to screw relay terminal.
According to the location of the connection equipment distribution module MITSUBISHI Analog input module. Number of input channels: 4ch.
Input voltage: DC - 10 ~ 10V.
Input current: DC0 ~ 20mA.
Conversion speed: 20 s/ch.
Resolution: 1/20000.
By shifting the function easily when the system starts to fine tune the movement function.
Shift the set value to (shift to) the function of the digital output value MITSUBISHI Analog input module.
If you change the conversion value, the value is reflected in real time to the value of the scale (numeric value),
Can easily complete the fine-tuning of the system startup.
Extended detection method based on usage
Anomaly detection and extension of input signal
The detection method of the abnormal detection function of the input signal can be extended to detect the abnormal detectionn function of the input signal which is outside the range of the set range LD40PD01.
For the detection of the lower limit or the upper limit of the input signal abnormality, or when the detection of the broken line is performed.
Enter rannge extension
Range of scalable input range MITSUBISHI LD40PD01.
Combined with the abnormal detection function of the input signal, the broken line can be easily detected.
...More relevant models >>>>
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